mm PROBLEM #1 0.5 mm b) a) A commercial stage micrometer has a total length of...

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mm PROBLEM #1 0.5 mm b) a) A commercial stage micrometer has a total length of 1000 µm and is divide into 100 equal divisions. What is the length of each stage division in millimeters? Show your solution. Twelve (14) ocular divisions coincide with three stage divisions. Assuming that the graduations of the stage micrometer are spaced 10 um, what is the known distance between the three stage divisions in millimeters? Show your solution. c) With the same given information on b), what would be the distance of one ocular division? Show your solution. lens at 20x PROBLEM #2 stage divisions = 20 ocular divisions = 42 d) Base on the image, how many ocular divisions and stage divisions respectively it takes for them to exactly and accurately coincide with each other? e) Base on a certain magnification the image was observed, if one stage division corresponds to 0.1 mm distance, what would be distance of each ocular division? PROBLEM #3 1 mm (100 μm) 01 mm (10 µm) 21 o.d. 100 un General D: objective (1) Stage Micrometer 0 0.1 30 Ocular Micrometer lod X um 100 micrometers f) What is the size of the nucleus in micrometers? g) What is the size of the cell in micrometers? 100 micrometers 21Xμm = 100 μm-o.d 2 24 x 4.70 SO' 1 [|||| (Objective Lens) 41st 70 ||| 1 mm 2 stage microme NOB1 (1 mm/ div/pitch = ocular micr للى , (100 mm/100 pitch 100 u PROBLEM #4 h) Based on your microscopic observation, how many individual cell thus the string is comprised of? i) What is approximate combine cell length of the cells? Remember: Always measure the cell length base on the widest/longest midsection of the cell! PROBLEM #5 Given: j) What is the total magnification of the image under microscope? Show your solution. k) What is the distance of one ocular division? Show your solution. The used ocular objective while taking this image, has magnifying power of 6x The used objective while taking this image, has a magnifying power of 100x The used stage micrometer has spaces graduation of 0.01 mm each Ten (10) graduations pn the ocular micrometer conincided with two (2) graduations on the stage micrometer Cultured mouse erythroid precursor cells 1) What is approximate cell length of Cell A? m) What is approximate cell length of Cell B? n) What is approximate cell length of Cell C? o) What is approximate combine cell length of Cell A and Cell B? Show your solution. Remember: Always measure the cell length on the longest middle section of the cell! A string of large rod-shaped bacteria 480 1000x mag General Biology - Laboratory Module В. 10µm Ocular micrometer divisions 11 mm PROBLEM #1 0.5 mm b) a) A commercial stage micrometer has a total length of 1000 µm and is divide into 100 equal divisions. What is the length of each stage division in millimeters? Show your solution. Twelve (14) ocular divisions coincide with three stage divisions. Assuming that the graduations of the stage micrometer are spaced 10 um, what is the known distance between the three stage divisions in millimeters? Show your solution. c) With the same given information on b), what would be the distance of one ocular division? Show your solution. lens at 20x PROBLEM #2 stage divisions = 20 ocular divisions = 42 d) Base on the image, how many ocular divisions and stage divisions respectively it takes for them to exactly and accurately coincide with each other? e) Base on a certain magnification the image was observed, if one stage division corresponds to 0.1 mm distance, what would be distance of each ocular division? PROBLEM #3 1 mm (100 μm) 01 mm (10 µm) 21 o.d. 100 un General D: objective (1) Stage Micrometer 0 0.1 30 Ocular Micrometer lod X um 100 micrometers f) What is the size of the nucleus in micrometers? g) What is the size of the cell in micrometers? 100 micrometers 21Xμm = 100 μm-o.d 2 24 x 4.70 SO' 1 [|||| (Objective Lens) 41st 70 ||| 1 mm 2 stage microme NOB1 (1 mm/ div/pitch = ocular micr للى , (100 mm/100 pitch 100 u PROBLEM #4 h) Based on your microscopic observation, how many individual cell thus the string is comprised of? i) What is approximate combine cell length of the cells? Remember: Always measure the cell length base on the widest/longest midsection of the cell! PROBLEM #5 Given: j) What is the total magnification of the image under microscope? Show your solution. k) What is the distance of one ocular division? Show your solution. The used ocular objective while taking this image, has magnifying power of 6x The used objective while taking this image, has a magnifying power of 100x The used stage micrometer has spaces graduation of 0.01 mm each Ten (10) graduations pn the ocular micrometer conincided with two (2) graduations on the stage micrometer Cultured mouse erythroid precursor cells 1) What is approximate cell length of Cell A? m) What is approximate cell length of Cell B? n) What is approximate cell length of Cell C? o) What is approximate combine cell length of Cell A and Cell B? Show your solution. Remember: Always measure the cell length on the longest middle section of the cell! A string of large rod-shaped bacteria 480 1000x mag General Biology - Laboratory Module В. 10µm Ocular micrometer divisions 11 mm PROBLEM #1 0.5 mm b) a) A commercial stage micrometer has a total length of 1000 µm and is divide into 100 equal divisions. What is the length of each stage division in millimeters? Show your solution. Twelve (14) ocular divisions coincide with three stage divisions. Assuming that the graduations of the stage micrometer are spaced 10 um, what is the known distance between the three stage divisions in millimeters? Show your solution. c) With the same given information on b), what would be the distance of one ocular division? Show your solution. lens at 20x PROBLEM #2 stage divisions = 20 ocular divisions = 42 d) Base on the image, how many ocular divisions and stage divisions respectively it takes for them to exactly and accurately coincide with each other? e) Base on a certain magnification the image was observed, if one stage division corresponds to 0.1 mm distance, what would be distance of each ocular division? PROBLEM #3 1 mm (100 μm) 01 mm (10 µm) 21 o.d. 100 un General D: objective (1) Stage Micrometer 0 0.1 30 Ocular Micrometer lod X um 100 micrometers f) What is the size of the nucleus in micrometers? g) What is the size of the cell in micrometers? 100 micrometers 21Xμm = 100 μm-o.d 2 24 x 4.70 SO' 1 [|||| (Objective Lens) 41st 70 ||| 1 mm 2 stage microme NOB1 (1 mm/ div/pitch = ocular micr للى , (100 mm/100 pitch 100 u PROBLEM #4 h) Based on your microscopic observation, how many individual cell thus the string is comprised of? i) What is approximate combine cell length of the cells? Remember: Always measure the cell length base on the widest/longest midsection of the cell! PROBLEM #5 Given: j) What is the total magnification of the image under microscope? Show your solution. k) What is the distance of one ocular division? Show your solution. The used ocular objective while taking this image, has magnifying power of 6x The used objective while taking this image, has a magnifying power of 100x The used stage micrometer has spaces graduation of 0.01 mm each Ten (10) graduations pn the ocular micrometer conincided with two (2) graduations on the stage micrometer Cultured mouse erythroid precursor cells 1) What is approximate cell length of Cell A? m) What is approximate cell length of Cell B? n) What is approximate cell length of Cell C? o) What is approximate combine cell length of Cell A and Cell B? Show your solution. Remember: Always measure the cell length on the longest middle section of the cell! A string of large rod-shaped bacteria 480 1000x mag General Biology - Laboratory Module В. 10µm Ocular micrometer divisions 11 mm PROBLEM #1 0.5 mm b) a) A commercial stage micrometer has a total length of 1000 µm and is divide into 100 equal divisions. What is the length of each stage division in millimeters? Show your solution. Twelve (14) ocular divisions coincide with three stage divisions. Assuming that the graduations of the stage micrometer are spaced 10 um, what is the known distance between the three stage divisions in millimeters? Show your solution. c) With the same given information on b), what would be the distance of one ocular division? Show your solution. lens at 20x PROBLEM #2 stage divisions = 20 ocular divisions = 42 d) Base on the image, how many ocular divisions and stage divisions respectively it takes for them to exactly and accurately coincide with each other? e) Base on a certain magnification the image was observed, if one stage division corresponds to 0.1 mm distance, what would be distance of each ocular division? PROBLEM #3 1 mm (100 μm) 01 mm (10 µm) 21 o.d. 100 un General D: objective (1) Stage Micrometer 0 0.1 30 Ocular Micrometer lod X um 100 micrometers f) What is the size of the nucleus in micrometers? g) What is the size of the cell in micrometers? 100 micrometers 21Xμm = 100 μm-o.d 2 24 x 4.70 SO' 1 [|||| (Objective Lens) 41st 70 ||| 1 mm 2 stage microme NOB1 (1 mm/ div/pitch = ocular micr للى , (100 mm/100 pitch 100 u PROBLEM #4 h) Based on your microscopic observation, how many individual cell thus the string is comprised of? i) What is approximate combine cell length of the cells? Remember: Always measure the cell length base on the widest/longest midsection of the cell! PROBLEM #5 Given: j) What is the total magnification of the image under microscope? Show your solution. k) What is the distance of one ocular division? Show your solution. The used ocular objective while taking this image, has magnifying power of 6x The used objective while taking this image, has a magnifying power of 100x The used stage micrometer has spaces graduation of 0.01 mm each Ten (10) graduations pn the ocular micrometer conincided with two (2) graduations on the stage micrometer Cultured mouse erythroid precursor cells 1) What is approximate cell length of Cell A? m) What is approximate cell length of Cell B? n) What is approximate cell length of Cell C? o) What is approximate combine cell length of Cell A and Cell B? Show your solution. Remember: Always measure the cell length on the longest middle section of the cell! A string of large rod-shaped bacteria 480 1000x mag General Biology - Laboratory Module В. 10µm Ocular micrometer divisions 11

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